As a future industry, quantum technology is in a critical window from laboratories to industrialization, and technologies such as quantum communication, quantum computing, and quantum precision measurement are developing rapidly. The reporter learned from the General Administration of Market Regulation on August 17 that during the 5th Plenary Session of the International Standards Organization's Joint Technical Committee on Quantum Technology, several proposals for international standards for quantum technology led by China made positive progress. The international standard proposal for the “Overview and Analysis of Quantum Entropy Source Randomness Quality and Test Methodology” led by China was officially approved and approved, marking an important step in the formulation of international standards for quantum core devices. The international standard proposal for the “Survey of Metrics and Potential Recommended Measurement Practices for Single Photon Device Characterization”, jointly led by China, the United States, and Canada, has also been approved. The standard will sort out the priorities of standard development in the field of single-photon detectors and lead subsequent international standardization work in this field. Two international standard pre-research topics, such as “Quantum Classical Fusion Computation” led by China, have also passed the project, which will help explore international standardization and improve the system in the field of quantum computing. Deeply participating in the formulation of international standards will help break through technical barriers and accelerate large-scale application of innovative achievements. It will also continue to contribute Chinese wisdom to the high-quality development of the world's quantum technology industry. At present, China has taken the lead in formulating the 3 international standards for quantum technology issued by the International Organization for Standardization and the International Electrotechnical Commission, and 5 more international standards are being developed.

As a future industry, quantum technology is in a critical window from laboratories to industrialization, and technologies such as quantum communication, quantum computing, and quantum precision measurement are developing rapidly. The reporter learned from the General Administration of Market Regulation on August 17 that during the 5th Plenary Session of the International Standards Organization's Joint Technical Committee on Quantum Technology, several proposals for international standards for quantum technology led by China made positive progress. The international standard proposal for the “Overview and Analysis of Quantum Entropy Source Randomness Quality and Test Methodology” led by China was officially approved and approved, marking an important step in the formulation of international standards for quantum core devices. The international standard proposal for the “Survey of Metrics and Potential Recommended Measurement Practices for Single Photon Device Characterization”, jointly led by China, the United States, and Canada, has also been approved. The standard will sort out the priorities of standard development in the field of single-photon detectors and lead subsequent international standardization work in this field. Two international standard pre-research topics, such as “Quantum Classical Fusion Computation” led by China, have also passed the project, which will help explore international standardization and improve the system in the field of quantum computing. Deeply participating in the formulation of international standards will help break through technical barriers and accelerate large-scale application of innovative achievements. It will also continue to contribute Chinese wisdom to the high-quality development of the world's quantum technology industry. At present, China has taken the lead in formulating the 3 international standards for quantum technology issued by the International Organization for Standardization and the International Electrotechnical Commission, and 5 more international standards are being developed.